Announcements

Innovative thermal management company will present their new
technology at vendor workshop, display area at leading industry
conference, March 13-17 in San Jose, California.

SAN JOSE (CA) – KULR Technology will debut and demonstrate the versatile
applications of its proprietary carbon fiber thermal management material at the leading
international conference on academic and industrial advances in electronics thermal
management—Semi-Therm 33.

“We’re very excited to share our products with the highly-informed group of experts,
innovators and industry leaders at Semi-Therm,” said KULR CEO Michael Mo. “Our heat
solutions are quite unique and effective so we definitely expect to generate some buzz
and interest both at the conference and throughout the industry.”

Specifically, KULR will introduce applications and benefits of its carbon fiber based
thermal interface material (FTI) and heat capacitor including:

Low contact pressure applications

Highly flexible interface features and benefits

Slide interface applications for applications such as network plugs

Features and applications of PCM heat capacitor

Portable laser projector cooling solution

Embedded camera module solution

“The carbon fiber based systems we’ll be sharing at Semi-Therm are real game
changers because they are lighter, more flexible and frankly better than traditional metal
or adhesive solutions,” Mo said.

Michael Mo and members of the KULR team will present on their revolutionary carbon
fiber heat management and dissipation material:

KULR is a Silver sponsor of Semi-Therm, which is in its 33 rd year of leading
conversations and collaborations among thermal engineers, professionals and leading
experts from industry.

About KULR

Founded by some of the foremost experts in aerospace thermal management, KULR is
joined by industry veterans in semiconductor and industrial manufacturing. The
Company’s investors and advisors include industry leaders from US, Japan, and China
in the field of electrical vehicles, energy storage, communications, and semiconductors.
KULR’s proprietary carbon fiber-based architecture replaces less efficient metal heat
spreaders and exchangers by providing higher performance, lower contact pressure,
higher compliance, and longer reliability. Some applications of KULR’s carbon fiber
material include space exploration, electric vehicles, cameras and laser displays,
robotics, servers and data systems, power storage and consumer electronics.